Machine for filling and capping bottles



' P. (EHIELDS Mmmm von mmm@ .uw cnam@ xnzm'x'zixxs` md March 15, 191e 13 sheets-sheet 1 w sa .151:51 `Ses 4. a! l/12 Qa Mmmm wgwwl X N am Sqn'. 14,1926.

P. W. SHIELDS MACHINE FOR FILLING AND CAPPING BOTTLES Filed Mrch 1.5, 1918 11 f! 1 /0.. Z uf. M I Mm W. w., 2 4 M E Oli! MM 5 l m/ f? W n Sept. 14'y 1926.

P. W. SHIELDS MACHINE FOR FILLING AND CAPPIING BOTTLES,

File@ Marcil 15, y'19de' 1:5 Sheets-Shet 3 Sept.14,1926. 1,599,497

P. W'. SHIELDS MACHINE Fon FILLING ANDCAPPING BOTTLES Filed March 15, 1918 13 Sheets-sheet 4 Zig 157 illlll Ilil-Iii' y WITNESSES www?! f Sept. 14 192,6.

P. W-SHIELDS -MACHINE FOR FILLING AND CAPPING BOTTLES is sneets-sh't e Filed March 15, 1918 I INVENTn Sept. 14, 192e. y 15.599,49?v l P. W. SHIELDS MAHINE FOR/FILLING AND CAPPINGA BOTTLES f Filled March l5, 1918 13-She e.1;s-Sl'xeeftA 7 I .97 l 145 i? I l Z0 l Ii wrrNsssEs A INVENTQR I 'is Sept. 14 1926.

P. W. SHIELDS MACHINE FOR FILLING AND CAPPING BOTTLES Filed March 15,.l 1918 13 Smets-sheet INVENTOR Sept. 14 1926. y 1,599,497 P. w. SHIELDS MACHINE FCR FILLING AND CAPPING BOTTLES Filed March 15, 1918 13 .sheets-shea 1o Sept. 14 1926.

v P. W. SHIELDS MACHINE Foa FILLING AND cAPPIN Bo'rfrL-:s

Filed March 15, 1918 1:5 snee@@snejef'ty 11 Sept. 14 1926.

WITNESSES P. W. SHHELDS MACHINE FOR FILLING AND CAPIIDING. BTTLES Filed March 15, 191e 125 Sheets-Shet l 2 INVENTOR Sept. 14, 192eo 1:5 Sheets-Sheet l5 P. w. SHIELDS MACHINE FOR FILLING AND CAPPING BOTTLES Filed March 15, 1918 www w remata naar. i4, ieee.

PRICK 'W'. SHELIDS, GF PITTSBURGH,

maar I risica PENNSYLVANIA, ASSGNGR T MGALINNA EOBATEON OF PENNSYLVANIA.

Mnoirinn Foa FILLING Ann oArrrNc-i normas.

Appiiauon inea Marcil i5, isla semaine. 222,573.

Figure l is a diagram partiallyin section illust-rating in a general Way the various parts of the machine.V l

Figure 2 is a front View ofthe machine. 5 Figure 3 kis a rear view.

Figure l is an end view, Figure 5 is a plan view partially in section.

Fio'nre 6 is a detail sectional view on the l0 line /'I-V of Figure 3. l

Figure 7 is a similar View VT-*VH of Figure 4.,

Figure 8 is another detail sectional view on the line VIII- VH1 of Figure 5.

i' on the line view on the line IXlX of Figure 8.

Figure 10 is a detail sectional view onthe line X-l of Figure 9. p

Figure 'll isa view similar` to Figure 9 showing the mechanism in the'reverse position from that shown in Figure 9.

Figure l2 is a sectional View ontlie line Hill-XH of Figure 9, and Wliicli'is simi-*- lar to Figure 8, showing the bottle inthe" 5 'position it occupies when it is being illed.` v

Figure 13 is a Vview similar to igure` l2 with the bottle in its lowered position and crown moved into position over the mouth ofthe bottle. A'gure lll is still another view similar to Figure l2 showing the bottle in the position it occupies When the crown has been applied. Figure l5 is a detail perspective view of the l anisin Tor operating the valve rod.

Fig i i6 is operating cani.

.lligure 17 is a detail sectional View showing the operating mechanism for the Water valve. y

Figure 1S is a detail sectional view showing' the Water valve. operating lever and the spring therefor.

lfigure 19 is a perspective vien7 partiallyV i sect-ion showing the Water feed tube and the air exhaust tube for the bottle.

'Figure 20 is a detail sectional view on the line fili mere of the plunger ior elevating the bottle.

Figure 2l is a side Velevationshowing` the relation of the bottle operating cam and the valve operating cam. Y n

Figure@ is a development of the valve operating cam, and

Figure 9 is still another detail `sectional y' also to improve rangement of the filling head; and cap lit-V ting mechanism..

a sectionalvieiv of the valve XX of Ein-ure @,butillustrating irl` invention has relation to machines for; Anihng bottles With aerated or carbonated waters eitherl with or Without the desired proportion of syrup, and for closing them with 'a metallic stopper when filled. 'The object of my invention isto provide a ina- 4chine ofthis character VWhich is simple in its construction and Inode ofoperation7 and by means of which bottles may be rapidly filledand capped. Afurther andv more spes cilic object of my invention is to provide a linachine of this nature having improved operative mechanism for the various parts;

.he construction and ar- Lanother object vof my invention is to provide a machine `which is adapted to alter-k nately operate onxtivo bottles and in which themechanisms for each bottle are set at approximately 1890 from eachother, so that when one Vset of mechanism is filling bottle, the filled bottle canbeivithdrawn from the other mechanism and a new bottle inserted in place thereof.

c A. stillfurtlier object of invention is to provide'mechanism inV which the filling head, together with the valves for control` ling the feed of the syrup and Water, remain stationary unless abottle is placed in the machine.

still furtherobject of to provide a positive locl for the lieadto lock the mechanism in `the position shifted by the bottle when moved into filling position, in order to retain the mechanism in my invention is this position during the capping of the bottle. so Vas to provide means vfor taking care of bottles of various heights.

still` further `object of my invention. isA

to provide'vaive actuating mechanism iv is jiicli thrown into oper i ye position. by means of the bottle. Other novel features and objects 'of my invention will. be hereinafter pointed out.

is before stated, duplicate sets of operating mechanisms, and

1 tva machine comprises positively operatedby a cani and which icc Y for the sake of clearness only the one `set will be described and the same reference characters applied tothe other set.

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The machine generaily comprises a supporting table and a plurality of guide rods connected to each other at their upper ends by means of a cross head, and slidably mounted within bearings or guides in the cross head and table are rods for supporting the head7 valves, locking mechanism, and mechanism. The bottle is moved into relation with the head by means of a r which is reciproca-ted by means of the valves are operated by means of tappets connected to a sliding valve rod which is carried by the head supporting rods so as to be shifted with the head when the head is moved by means of the bottle. This Twaive rod is also arranged to be moved with relation to the filling head by means of a cam carried on the same shaft which carries the bottle plunger actuating cam, and said cams are in timed relation to each other so to operate the valve rod at predetermined intervals to actuate the valves.

The precise nature of my invention will be best understood by reference to the accompanying drawings in which i. have shown the preferred form thereof, and which will now be described, it being premised, iowever, that various changes may be made in the details of construction and arrangement of the various parts without departing` from thespirit and scope of my invention as defined in the appended claims.

Referring to the accompanying drawings the reference character 2 designates the table and supporting frame which is provided with bearings 3 for a cam shaft a. This cam shaft 4 is arranged to be actuated by gearing 5 which is operated by a stepped pulley 6.

Fixedly connected to the table 2 areV rods 'T and connected to the upper ends of these rods is a cross bar 8, the rods together with the cross bar forming a part of the frame of the machine. Y Connected to the table 9. and extending downwardly therefrom is a sleeve 9 which forms a guide for the bottle raising plunger,

and which plunger comprises a member 1G having a roller 11 journaled in the lower end thereof. This roller is actuated by means of a cam 12 connected to the shaft d to raise and lower the bottle plunger as hereinafter described.. Adjustably connected to the plunger member 10 by means of a threaded engagement 13 is a second member 14, which held in its adjusted position by means of a locking pin 15 which engages an orifice in the member 10 and a slot in the member 11i. Removably mountedon the upper end of the plunger member 11i is a bottle support 16. This support is made removable so that supports of different heights Vcan be used for taking care of bottles of different capacities.

Connected to the lower end of the sleeve 9 is a casing 17 for the cam 12, and which Vfilling and capping operation and td 1s arranged to be partially filied with oil K" lubricate the cam, and is also provided i, overflows as hereinafter described, to tz care of any leakage which passes dov-rn ii-.fo the casing between the plunger and the sleeve.

18 is the filling head which is connected to a cross head 19 which is in turn connected .to guide rods 20. These gui-de rods 2O are slidably mounted in extensions .21 on the cam casing 17, projections 22 on the table 2, and sleeves 23 slidably mounted in the cross bar S. rihese sleeves 23 ire connected to a second cross head Oit and which is arranged to be slightly moved with relation to the guide rods Q0, and which is held in its lowered position by springs 25, for the purpose hereinafter described.

Filling head (mtl connections.

The filling head 18 comprises an upper member 26 and a lower member 2.7, which are secured to each other by means of a threaded ring` 2S. Mounted in the lower member 27 andv held in position therein by mea-ns of a nut Q9 is apaching ring 30 which is confined between the nut. 9.9 and an externally threaded dish 31./ which is provided with a central orifice through which the neck of the bottle can 'freely pass. 32 is an annular chamber surrounding the exterior of the packing ringl 30 which communicates with a portla', and which port in turn communicates with a pressi 32, This pressure pipe 32a is op pressure and exhaust predetcrm tervals in order to clamp the packing ring 31 about the neck of the bottle duri .0'

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haust the pressure after the bottle has been capped in order to-perinit the bottle and cap to be lowered therethrough.

33 is a pressure chamber between the upper and lower members 2G and 2T of the filling` head, and which is provided with a port Bit which is always in communication with the main supply of a carbonated water here inafter described. Slidably mounted within this chamber 38 is a piston 35 ini-ving a paching ring 36 to prevent leakage from the top of the pressure chamber to the bottom thereof around the piston. This piston is also provided with a downwardly extending hollow stem 37 which is arranged to be engaged byY the mouth of the bottle when the bottle is forced into Vthe filling head. clearly shown in Figure 12. liounteo within the lower member 27 of the tilting head is a crowing dieBS and a ring 39 having a cutaway portion through which the crowns are fed into the filling head. Secured to a ccntral projection on the upper portion of tiling head 2" is a filling tube i0 which ern the piston 35 to point slightly below the lower end' of the hollow stem thereon, andk Writh the interior or hollow portion of the piston 35 to prevent leakage of pressure from the chamber through the hollowor interior or `of the llling head is provided with a second .--e tlirouggh which the syrup and aerated water are `led to the filling tube el yllhe filling tube d() is slidably mounted in a nut lf3 which rctainsthe secondV packing rn l-l in position. The lillingtube 40 is provided with a VFlange on its upper end which is arranged to seat on an annular l'lau'geon the nut Mounted within the filling; tube lO and extending upwardly through the chamber and a stul r bo:

which Aforms trie u )ner end or" the cham- 1 L ber d2, is an air escape tube 45. rllhis tube is provided witha plurality oiE helical rib i6 within the filling tubeV 4f()i and are arranged to give the fluid a swirlly motion while entering the bottleto orrn a Vortex through which the air passes when leaving the bottle and which air passes upwardly through the` escape tube The lower portions oil the helical ribs il@ are somewhat smaller than the upper portions thereof, there being shoulders formed at the junctions which engage the upper eno oi the lilling tube to hold it in contact with the nut i3 through-the inediuin of a spring' e7, surrounding the air escape tube. lhis spring enc'ages the stru" ng box and the upper ends ol the helical ribs in order to maintain the parts in the position shown vin Figures 8 and during` the filling operation and to exert pressure on the crown during` the crowning operation.` i

The lllfng head is partially secured to the cross .3.9. by means of a cylinder 48 which lasses through an opening` in the cross head and has a screw-threaded.engagement with the upper ineinber 26 olf the filling head. 'lhis cylinder i8 is held in posi ionon the cross l'lead by means olla nut e9 which has a screw-threaded engagement with the outer wall el the cylinder. Adjustably mounted 'within the 'cylinder d8 is a piston 50.haying;v a piston rod which extends through a ider head and which rod is held iu'its adjusted. position by means ol. a pin which entends through openings in the head 52 and one of a series ot openingsr?)` in the piston rod. The piston 50 is provioed with a pa king ringin order to form atight chamber below the piston`y which chamber is in coni-inuniraition wien the opening in the air escape tube andis arranged to receive the air passing troni the bottle during;4 the i'illing operation, and soon as the air pressure in said chamber is equal to the pressure of the water supply as hereinafter described, the feeding of the water lwill be stopped. By providing an adjustable air chamber such the piston. 'lhe` upper rneinber 2,6`

as above described7 adjustment caribe inade for varying pressure and also for yarying capacities of bottles.

provide an au ry air chamber b4, clearly shown in .Figures l and .3, and which 4auxiliar f charnber is connected by ineans 'of a tube 5o with the adjustable chamber .below the piston 50. 56 is a stop cock in the" connection betweenthe main air chamber and the auxiliary chamber which is closed when filling bottles or" approximately the one pint size. (See Figure l). 57 designates a `Valve casing which is connected to the upperimeinber 26 of the lillingv head, kand which is proyided 'with connected chambers 5S and 59, the chamberb being connected with the chamber 4t2 in the idling-head by ineens oit' e port 60. rlhis Valve easing V5? i Vheld in.` position on tie 'cross head by mea-neel a cylinder 6l or thessyrup purnp, which e3;-Y tends through an opening,` in the cross headv and has a. screw-threaded connection with the Valve casing. rlhe upper end of this cylinder is secured to the cross head by means o a nut 69. and a sleeveinterposed between thc nut the cross head.' G3 is the piston of the Vsyrup .purnp having an upwardly extending hollowstein @al und 65 is a graduated `rod lhating a screw-threaded connection with the stern This rod is provided with a head 6G which is arrangeo to be engaged by e slotted pin 6? inthe cross head 24C to rnove the piston in one direction to supply syrup to the cylinder, and'to rnoye Vthe piston in the other diin order to provide means rer filling que 't as well as pint bottles,

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reetion when the pin 67 engages the top of the stern 64e to force the syrup intothe bottle through the port 60 a port e 2. by a. checlryali/'ebtl in thechainber syrup is rfed' to the cylinder of the pump through a check control j e V69 leadingl in from the rear of the machine. so tl iu' when `the piston is nier-Jed uuu/*arr relation to the cjflnder7 syrupwill be i into the puinp d d dowwar-lly will be tlirough the passage rl`he valve cash-v)` water chamber .70A tion with a water inlet j ber in coinniu Y i 59 by ineens oi" a port rorperinitting the w j chamber l0 to the por rlhis 'valve 7*: isheld in its .upward'position y `lneass olf .g and also j )rovidod di an upwardly extending` `stein which through a stu'llingr bon 2 the vulve casina. rllhe port @Q is notin direct cornrnuziicetidn with the chamber 59, but is shut oli-'thereH 601. rovi-.ded i .backing up into t poit'ZQ.' V7@ is an `zuri:-` ihary 'valve casing` which closes the end of passes Hdl.

uit.

the chamber 70, having chambers 7T and V78 therein. 7 9 is a springpressed valve in the chamber Y?, which when moved upwardly is arranged to open communication between the chambers 77 and 78, and 80 is a valve in the chamber T8 arranged to open said chamber to the exhaust port 81 when the stein 82 of the valve 80 is engaged as hereinatter described. This last mentioned valve is held in its closed position by means ofja spring; this valve is also provided with an upwardly extending' stein arranged to engage the guides on the valve 79 to move it to its open position when the valve S0 opened. The chamber Z8 is in communication with kthe air chamber' in the cylinder L18 by means ot a tube 83? while the chainber 'T27 is in communication. with the `pipe or tube 32 which supplies pressure to the'annular chamber 32 surrounding the 'packing ring 30 and with a tube del in communication with the port 7:2.

flock/121g incolla/nient,

1n order to loclr the filling head in its elevated position to cap the bottle after it has been iilled, l provide a hydraulic lock, which comprises a cylinder 85 connected te the upper ends of the guide rods 20 by means et nuts 86. Slidably mounted within the cylinder 85 is av pistonV 8? having a piston rod 8S which extends downwardly through a stalling box in the lower cylinderl head and is connected to the cross bar 8, so that the piston will remain stationary at all times and the cylinder will be moved relative thereto by'ineans of the Lguide rods 20. 'The cylinder casting is provided with a valve chamber 89 having a slidevalve 90 therein, and which is held in its ripper position by means ot a spring 91. T he top and botto-in o the cylinder 85 are connected to the valve chamber by means of ports 92 and 93 respectively. This valve 90 is o'j the hol low type and is provided withports which permit the fluid such as oil to pass from the top ot the piston to the bottom ot the piston7 or vice versa, when the valve is in the open position? shown in Figure The valve is provided with a stem. 95 which extends upwardly through a cap 90 and a stuffing' boi; therein3 and which stemr s arranged to be engaged by a lever 9i' pivoted to the upper end of one of the rods 20, to move the valve to its open position. is the piston rod 88 in the structure shown in the main drawings merely extends through the lower cylinder head, it will rer dily be appreciated that the displacement will be greater in the upper portion ot the cylinder than in the lower portion and in order to compensate for this l provide an oil cup 98 which is in communication with the valve chamber by means ot ports in the head 9G, so that when Vthe piston is moved down relative to the cylinder, oil will liow from the cup into the cylinder7 and when the piston is moved upwardly relative to the cylinder oil will flow from the cylinder back into the cup.v

rlhe lower tace of the piston 8T is inclined to cause the air globules to collect at the peripheral portion. Ahe cylinder 85 is cut away as at 85a to form a space for the reception of air globules which'inay collect below the piston 87 at the peripherythereof. The

lower tace of the top cylinder head is also inclined toward the port 92. The air globules will be passed troni the lower end of the cylinder by way ot' the cutaway portion S5 to the upper portion thereof during the downward movement of the piston and trom there they will pass out through the'port 92.

ln Figure 1 it' ha *e shown a modified arrangement in which the displacement is equal on both sides of the piston which can readily be accomplished by extending the piston rod through both heads, as clearly shown therein. ln this construction l valso provide an oil cup 98 connected with the cylinder to feed oil into the piston to coinpensate for any leakage.

Crown feeding mechanism.

99 is a crown or cap hopper connected to the cross ba 8, and rotatably mounted with this hopper is a. crown feed wheel 100 which is arranged to feed caps` to a flexible chiite 101 and through which they are ted to the mechanism tor feeding` them into position with relation to the bottles. The feed wheel 100 is rotated by means ot a pawl and ratchet meehanisnilOQ which is actuated bv the iilling head when moved upwardly bv the bottle.

Connected to the filling head 18 is a table 103 to which the crowns are fed into the position shown in Figure 9.' This table is provided with a bearing for a stud shaft 1011 having a gear wheel 105 on one end thereoic and a crown feeding lever 106 on the other end, which is arranged to be oscillated to feed one crown during; each move` ment of the filling head. 107 is a hollow stem having a head 108 which is secured to the fillingl head 18. Slidably mounted on this stein 107 is a sleeve 109 which is provided with a rack 110 to oscilla-te the gear wheel 105'when the sleeve is reciprocated. `The .end ot this sleeve 109 is provided with a flared mouth which is arranged to engage an annular seat 111 on the head 108 when `the sleeve is in the position shown in VFigure 9, to form an air-tight `joint and prevent air trom escaping from the rhead during the fillingoperation. rilhe other end of this stein is provided with packing rings 112 to prevent air from escaping outwardly between the sleeve. and the stein.' This stem is provided with a slot 113 for the reception of the caps which `are led thereto by the arm 106, and 114 is a spring pressed friction pin arranged to retain the caps in position in the slot 113 to which they are ted by the arm 1.00 and prevent them from bedisplaced hei-ore tney are actually moved into position by the proper mechanisnm Slide-bly mounted within the opening in the stem 107 is a sleeve 115 and connected to the end ci this sleeveis a head 110 to which the operating mechanism is connected. 117 isa cap Yfeeding rod slidably mounted within the slee-ve 115, and which is provided with a slot 11S for the reception of a pin 119 which secured in the walls ot the sleeve to -@ei-mit a certain amount ol lost motion between said rod and the sleeve. Located within the sleeve and engaging one end of the rod 11'? and the head 116 isa spring 120 which is arranged to move the rod 117 forward and leed a cap into the lling head at a predetermined time. Pivotally connected to a bracket 121 on the end of the sleeve 109 is a lever 122. One `end ofthis lever is pivotally connected to a link 123 which is also connected to the head'116von the end of the sleeve 115y while the other end oli said lever is pivotally connected to one end ol rod 124 which is lined against movement in the direction of a dottedarrow shown in Figure 9, by means ot a projection whichengages a projection 126 on the raole 103. 12T is a spring surrounding the one end ot this rod 124 and which' engages a head 12S on theend ot the rod and the `projection 126,- and which is arranged to into the lilling head without operating any ot the other parts of the machine, so that acrown can readily be removed it desired. 129 is a walking beam which is pivotally connected at approximately its cent-ral'Y por-` tion to projections 130 on the cross head 19, and 131 is a coil spring `for retaining the walking beam to the positionV shown in Figure @ne end of this walking beam is con` nected by means ot a link 132 with projections on the sleeve 109, while the other end thereolT1 is arranged to be engaged by a cam 133 carried hy the cross head 24.

Thearrangement or" the crown feeding mechanism is such that when the filling head is moved upwardly by means of a bottle, all otq the capping mechanism carried by the cross head 19 and the filling head 18 will be moved upwardly j relative to the cam 133 which will rock the walking beam and move the sleeve 109 to the Aclosed position shown in Figure 9. rlhis inward movement oit the' sleeve 109 will close the openingV through which a cap was delivered to the slot 113, anddurmg its 'forward movement will bring the plunger 117 into engagement with a cap and move the cap into engagement with the head of the bottle, and as the rod 117 cannot move its -ull stroke in viewA of 'the cap, the spring 120 will be compressed, but as 70 soon as the hottle is moved downwardly after lilling and just prior to the capping, the plunger 1.17 will move the cap into position `over the bottle. During the downward niiovement ot' the Filling head, as. more -particularly hereinafter described, the sleeve 109 will be moved outwardly to uncover the A slot 113, and during this movement the rack 110 will rotate the gear wheel 105 to operate the lever 106 which will feed a crown into 'the slot 113 under the friction pin`114. 'As the sleeve 109 moves outwardly, the movee ment of the sleeve 115 will be compounded Vwhich will move the rod 117 a distance tar greater than the movement ot the sleeve 109. rlhis is down inl order to give the cap feeding rod 117 a movement far in excess of the movement of the sleeve.

Valve opemag mechanism. 9U.

The valvey operating mechanism comprises a. sliding valve rod 134 pivotally conn nected to one end ot a bell crank 135, and which rod is arranged to slide in a bearing` in the traine 2 and the cross bar 8. VEhe bell crank 135 is connected to a yoke 136 which 'is in turn connected to the guide rods 20 so as to move with the filling head. The other end o' the bell crank 135 is pivotally connected to a collar 137 which engages a pin 100 138 on a collar 139, and whichcollar is tastened to a `transverse slide rod 140. The connections between the bell crank Vand Vthe pin 133 will permit the bell crank to be moved vertically with relation to the slide 105 rod without affecting the connections be` tween the slide rod and the bellcranlr. 'll he slide rod 140 is slidably mounted .in hear` ings 140X on the casing 17 for the cam 12. AOne end of the rod 140 is provided with a `11o forked projection 141 which straddle a cam 142 connected to the shaft 4., the arrangement being such that when the rod 140 is shifted bythe cam 142, the valve rod 134 will beV raised or lowered to operate the 115 valves as hereinafter described. VThis valve rod 134 extends upwardly to a point adjacent tothe lever 97 `for operating the lock valve 90, and theV upper end of said rod is provided with an adjusting screw 143 which 12e is arranged to he adjusted relativeto the lever 97. Connected to the valve rod 134, adjacent to the filling head, is a pivoted lever 144 which is arrangedto actuate the stem 74 ot 'the water valve 73, when thefiai' filling head is moved upwardly. lThe upper end of this lever 144 is provided with a projection 145V which engages a projection 146 on the cross head 24when the fillingV head is in its lowered position to hold the 139 lower end of said lever out of alignment with the valve stem 74, and which is moved into alignment therewith by a springr 14T when the lling head has been moved a sut` cient distance to permit the projectionsv 145 and 146 to clear each other. The shittable lever 144 is provided to prevent the opening of thewater valve it the machine is running' idly without a bottle therein, so that it the cam 142 lowers the rod 134 when there is no bottle in the machine the water valve 73 will. not be actuated. This rod 184 is also provided with a tappet 148 tor engagging' the stem 82 ot the valve 80 to exhaust the air from the air chamber in the cylinder`48 and also from the chamber surrounding,` the packing ring 30 to release the bottle after the crown has been applied.

Cam ailing device.

In order to properly lubricate the cam 12 I have enclosed Vit within a casing' 17, which is provided with an upwardly extending,- pipe 149, and a downwardly extending pipe 150 which is connected to the lower end ot the casing. This pipe 150 is in communication with a trap 151 having an upwardlyV extending` pipe 152. This trap is arranged to be opened at the bottom to drainv the casingl when desired.

Alter the parts have been assembled a small amount of water is poured into the casing' through the pipe 152, 'to raise the level ot the water within the casing,r to the point X, as shown in Figure 6. The'proper amount ot' oil is then poured into the casing through the pipe 149 which will lioat above the water. As before described a certain amount ot leakage will take place between the members 10 and 14 and the sleeve 9 from the table 2. and which leakage is deposited into the casing, and will pass through the oil to the water below the oil` and as soon as the water below the oil reaches a predetermined level the veig'ht ot the oil will torce some of the water out through the pipe 152, as the upper end thereof is slightly below the level ot the oil, so that in this way, the leakage will be periodically :forced out ot the casing'.

Guard or shield mechanism.

In order to protect the operator trom being` injured from broken glass from bottles which may be crushed under the filling operation, I provide a guard or shield 153 which is arranged to be lowered in front ot the bott-.le by the upward movement of the VfillingV head. This shield is provided with guides which slidably move in grooves in the sleeves 154 on the l,guide rods'20. Connected-to this guard 154 is a sheave 155 around which passes a belt 156, which passes around two pulleys 15T journaled on a stud shatt connected to the cross head 24. This belt also passes around two pulleys 158 which are journaled on a ,stud shaft -connected to the movable cross head 19.

4The arrangement is such that when the filling head is moved upwardly, the pulley or sheave 158 will be moved toward the pulley 15? and permit the shield or guard 153 to move downwardly at twice the speed of the movement ot the filling head1 which would pe 1mit the guard to cover the bottle during the crowning operation.

Loosely mounted on the guide rods 20 between-the cross head 24 and the cross head 19 are sleeves 159 which are arranged to be moved upwardly by the cross heads 19 during; the upward. movement of the filling head and raise the cross head 24 against the action of the springs 25 a short di`stance at the end of the upward movement of the bottle, and filling head, in order to maintain the bottle under pressure during the filling operation.

Actual/Ling cams connections.

The relative positions of the cams 12 and 142 are as shown in Figure 6, and in which the roller 11 is always on the line A, and the forked member 141 tor actuatingY the slide rod 140 is on the line B which is approximately lSff-O from the line A.

The actuating portions ot the cam 12 are on the periphery thereof, while the actuating` portions ot the cam 142 are on the faces ot the cam and reciprocate the rod 140 and which rod is moved at right angles to the valve rod 134.

In order tov more clearly describe the operation I have arranged the cams 12 and 142 side by side in Figure 1, and at right angles to their normal positions. I have also somewhat modied the cam 142 together with the mechanism for actuating the valve rod 134, and in this igure the cam 142 is provided with a groove on one ot its 'faces t'o'r actuating the bell crank 135 through the medium ot the interposed mechanism. In this figure I have also shifted the center or line B 10840 from its position in Figure 6, so that the lines A and B in this figure are at an angle of 90Vo trom each other.

In Figure 1 I have applied thesame reterence characters with the letter a al'liXed indicatingr the parte which perform the same functions as thoseshcwn in the other drawings, and in this ligure the bell crank 135 is provided witha roller 137 which engages a groove 13ba in a block 40a. This block 140n pertorms the same functions. as" the rod 140, and is arranged to slide in guides 1401. Connected to the block 140a is a roller 1412 which performs the same tuncff tion as thetork 14.1 and is arranged to he moved hy the earn 142 to shift the block 11101 and thereby operate the bell eranlrl.

Operation.

Assuming the parts to bees shown in Figure 1, and 1n which a hottie C hes `guet been platee@ on the support 163, the rotation Vot the shaft l vill cause the Cenis 12 and Avthe portion o ott' seid cuni reaches Vthe roller 11, and de ieg the travel ofthis eem from the point a to the point a2? the bottle, to-

gether with the Filling heed, will be raised to the position shown in Figure 1Q. During this `upward travel oic the iiliing head the slotted pin 67 on the cross heed 2li will engage the top of the stern Gel end force the s vrup 'from the syrup pump through the cheel valve G8 into the port 60, and thence into the bottle.. During this upward travel of thelilling heed, the guide rods QGwill he moved upwerdl, therewith7 together' with the yoke 136 which will elevate the vulve operating rod 1341 and the hell crank 135, and as the connections between .the Y hell crank 135 and the rod 1410 or hloel 140' are suchthet their relations with the operating' portions oi the cern 11i-Zie not" changed, these parts will hepositively operated hy the canin 142. This elevating of the valve rodv 13st 1will elevate the lever 141-1 with relation to the cross head QA- e. sui'licient distance to permit the projection 115 on the lever 1414- to pass the projection 146 on the Across head end permit the spring 111'? to push the lever 144 into alignment with the stein 74 oi .the water valve. rllhe upward movement of the guide rods 20 will also elevate the locking` Acylinder S5 with relation to its pis ton 87, the fluid 'passing` from one side oit-the Cylinder to the other side through the ports 92 and 93, esthe velve 9 0 is open during this period of the operation Just before the filling'head 18 reaches its full upward position,V

the sleeves 159 on the guide rods .20 will move the Cross heed 24 upwardly against the action of the springs tol exert e spring pressure on the lilling head and Vbottle C. This upward movement of the cross head 19 relative to the cross head 24 will also Cause the one end of the walking heain 129 to ride on the high port of the Cain 133, wh-iehhcein is connected to the Cross heed 24, endVv-Jill roel; the walking head 129 in the reverse position vironi thatshown inFigure et tomove the sleeve 109 over the hollow stein 107 into the position shown in Figure 9 of the drawings to seal the opening through which the cap is ted and to bring the cap into position through the iilling eem 12 from the point a? to the Y hollow `spring-120 will then :iet to its then he moved upwardly to the shown in Figure 14t9-d-urinr the titw immediat-ely after the point u? oi t 12"pfissesthe roller 11, the lr bl 3 142 will engage the roller 141; u the movement otthis eem fronithe to *he point o? the hell crank 135 will here sl L ted to more the rod 184i down neuf@ e eieiit distoneeto peri it the ve-.lives "i2/5 8O i nnd to close, to lock the llinggv heed l "h reletion to the rross her 8 and elo ne exhaust ti in the peeking; ring eli-:initier e'r cheinher in the cylinder ot thiv com im thepoint 7o" to tie point. the l crank 135 will shift the rod e suifliei i dielenee to cause the lever to oper This opening` oiI the u lerniit-the water to pues trom press-ure supply through the pipe 71s ,f't 72, ehe-ek' valve 75 into the port et), u irom where it passes .into the bottle. his opening oia the weiter valve 73 will ilso mit water to i'low from the pressure suprougjh the pipe Bninto the annulerA e :ind press the peeking' ring 30 t neel; of the hottie toprevent the i esgepe the fluid between the hottie and the pecking ring. The weter in passing tube 4i() will teA given e swiilljvv motion h v the helical ribs-16 and which mil euse vortex tl'irough which the :tir will pass through the openii'ig in'v the :zir es-epetuhe 1115 into the sir choinher in the lower pert of the ej linder'l. is soon es the ein pressure in tl is cylinder is equal to the pressure oit the water' supply1V the supply of wat r will loe stoppeeh end is vthe piston is arranged to he edjustechtheV onset amount of to heifed to the hottles een :readily he regulated. l The "illing oi" the hottie tel-:es place dur ing.; `the travel oi" the com 12 from the point a2 to e. point in :advance of the point of". Just before the point a3 or theV eatin 121 resehes the roller 11, the portions Zit and oi' the Cem 1412 willi'ese the valve rod 1254- e su'lieient distance to permit theY water valve '73 to close Du ng the travel'oi-I the ,Y

the point of* the pre@ will he sutil@ iicient to force the bottle down eww; from stem sind helowthen crown which hed engaged the neclfoil the hottie to e positior-` shown in iffure lli. The

'ee the vcrown into' position over theV hottlV v through the medium ot' thejeap feeding rod 117'. rlie boitier1 tog; with e crown thereon will the roller 11 will oe lor-sereni. sure within the fillingr,1 henfl itu.

the ceni`12 from the point o* p Slightly 111 advance. otthepoint of v lee 

